2036-23-AFLF

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Gas Discharge Tube Arresters (GDT) are a form of electrical protection device that is used to protect delicate control systems, circuits, and equipment from damaging electrical surges. The arresters are composed of two principal elements: a dielectric tube filled with a gas mixture of hydrogen and nitrogen, and two electrodes at either end of the tube. When an electrical surge passes through the GDT, the dielectric gas mixture is ionized, allowing electrons to flow freely between the electrodes and neutralizing the surge before it can cause any damage. The dielectric gas mixture is returned to its normal state after the surge passes.GDTs have begun to find a wide variety of applications in recent years, ranging from industrial and commercial applications to residential homes. In industrial applications, GDTs are most commonly used in the form of surge arresters that protect control systems and electrical circuits from voltage spikes. In commercial applications, such as the telecom industry, GDTs are used to protect sensitive circuits from spikes in voltage or current. Residential homes often have GDTs installed near electrical meters or other power distribution points to protect electrical systems from surges.

A particular form of GDT is known as the 2036-23-AFLF application field and working principle. The 2036-23-AFLF arrester consists of a housing that contains a dielectric gas mixture of hydrogen and nitrogen, two electrodes, and a spark gap. The spark gap acts as a switching device and serves to interrupt the current flow whenever an overload or surge passes through the arrester. When the current flow is interrupted, the gas inside the arrester is instantaneously ionized, neutralizing the surge or overload before it has a chance to cause any damage. After the surge passes, the spark gap re-establishes the flow, and the gas is returned to its normal state.

The 2036-23-AFLF application field and working principle is designed to meet the stringent requirements of industrial and commercial power systems, as well as telecom applications that involve the protection of sensitive circuits from interference and damage. The arrester has a high breakdown voltage of 32kV, which makes it suitable for medium- to high-voltage applications, and it has a fast response time of less than 50 nanoseconds, allowing it to effectively protect sensitive circuits from voltage surges. In addition, the arrester is designed to tolerate multiple strikes and to hold an impulse current of up to 20 kA.

The 2036-23-AFLF application field and working principle is a reliable and cost-effective way of protecting sensitive electronic equipment from surges and overvoltages. It is also easy to install, maintain, and replace if needed. GDTs are widely used in a variety of applications, from industrial systems to telecom infrastructure, making them an invaluable part of any power system.

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